Announcement of Courses

BTEC 5. Briefings in Biotechnology (1)
Lec-2 (9 wks), field trips .. .. .. .. .. .. .. .. ..P/NP available
Underlying principles of molecular biology and the laboratory procedures involved in the biotechnology industry. Examples of new products, processes, and prospects for the future in medicine, environmental restoration, forensics, and agriculture. Implications for society and governmental regulations. Features lectures by scientists currently working in the biotechnology industry. CSU
Formerly BIO 50.

BTEC 10. Research Skills for Career Opportunities in Biology (2)
Lec-1, lab-3, field trips                             P/NP available
Introduction to the skills and concepts necessary to work in the biotechnology industry, allied health or other biology-related fields. Basic concepts and lab skills will be taught at the college. CSU
Formerly BIO 72B.

BTEC 12A. GLP and GMP Principles (1)
Lec-18 (total hrs), field trips                      P/NP available
General overview of Food and Drug Administration regulations as they pertain to the biotechnology field. The course will emphasize cGLP, cGMP and SOP practices that pertain to biopharmaceutical laboratory and manufacturing facilities. CSU

BTEC 12B. GMP Compliance (1)
Lec-18 (total hrs), field trips                      P/NP available
PREREQ.: BTEC 12A
Detailed discussion of the systems (procedures and documents) required to achieve compliance with the FDA Good Manufacturing Practice regulations as they relate to biopharmaceutical manufacturing. CSU

BTEC 14A. Biotechnology Laboratory Techniques (2)
Lec-1.5, lab-1.5
COREQ..: Completion or concurrent enrollment in BTEC 10
A laboratory focused introduction to laboratory techniques needed for entry-level positions in the biotechnology industry, especially in the research field. CSU

BTEC 14B. Biotechnology Internship (2)
Work-10, conference-2
PREREQ.: BTEC 14A
Provides an off-campus internship experience in Bay Area biotechnology companies and bioscience research laboratories. Students will be placed in biotechnology-related internships including, but not limited to, glassware washers, laboratory assistants, animal technicians, biomanufacturing technicians, calibration technicians, environmental health and safety technicians, quality control technicians and quality assurance technicians. CSU

BTEC 21A. Mammalian Cell Culture (2)
Lec-36, lab-18 (total hrs), field trips          P/NP available
Advise: BIO 11 or 101A; and CHEM 32 or 40 or 101A; and MATH 840 or ET 108A
Introduction to techniques for culturing mammalian cells, including media preparation, sterile technique, freezing, thawing, and maintaining cells.  Theory includes the selection of media, maintaining sterile conditions, and preventing contamination.  Practical experience includes the proper care and use of equipment to culture cells. CSU
Formerly BTEC 21.

BTEC 21B. Fluorescent Cell Technology (2)
Lec-36, lab-18 (total hrs), field trips         P/NP available
PREREQ.: BTEC 21 or 21A
Introduction to advanced techniques in the study of normal and mutant tissue culture cells including organelle visualization with various fluorophores, transfection with fluorescent markers, and immunostaining. In depth coverage of the theory behind and use of fluorescent microscopy and current research methods using fluorescent technology, including apoptosis assays and immunohistochemistry, DNA microarrays and FACS analysis. CSU

BTEC 21C. Stem Cell Technology (3)
Lec-48, lab-24 (total hrs), field trips         P/NP available
PREREQ.: BTEC 21B
A general introduction to the principles of stem cell biology. Topics include embryonic stem cells in early development, adult stem cells, potential applications of stem cell culture and ethical issues involved in stem cell research. Emphasis on laboratory techniques including proper use and care of equipment, flow cytometry, isolation of mouse adult stem cells, and culture of mouse embryonic stem cells. CSU

BTEC 22. Immunoassay: ELISA (1)
Lec-14, lab-10 (total hrs), field trips          P/NP available
Underlying principles of immunoassay with focus on ELISA.  Examples of new procedures, technical advances, past, present and future prospects in the pharmaceutical, biotechnology and clinical laboratory setttings will be discussed.  Implications for society and governmental regulations will be addressed.  Course will feature hands on exercises emphasizing all aspects of ELISA. CSU

BTEC 23. Western Blotting Techniques (1)
Lec-16, lab-8 (total hrs), field trips            P/NP available
Underlying principles of immunoassays with focus on Western blotting. Examples of new procedures, technical advances, past, present and future prospects in the pharmaceutical, biotechnology and clinical laboratory settings will be discussed. Implications for society and governmental regulations will be addressed. Course will feature hands-on laboratory exercises emphasizing all aspects of Western blotting. CSU

BTEC 24. Introduction to PCR (.5)
Lec-12, lab-8 (total hrs), field trips            P/NP available
An introduction to the theoretical aspects and laboratory techniques of the Polymerase Chain Reaction (PCR).  Students gain practical experience performing PCR as well as experimenting with optimization of the reaction.  Applications of PCR used in DNA fingerprinting, diagnostic medicine, genome mapping, evolutionary relationship determination, and epidemiology will be discussed. CSU

BTEC 25. Analytical PCR Technology (1)
Lec-16, lab-8 (total hrs), field trips  P/NP available
PREREQ.: Completion of BTEC 24 or demonstration of BTEC 24 exit skills
A course in the theory and practice of current polymerase chain reaction (PCR) analytical methods. Students will gain laboratory experience in performing techniques such as reverse transcriptase PCR (RT-PCR), real-time PCR, inverse PCR, construction of oligonucleotide DNA microarrays, site-directed mutagenesis, and strategies for cloning genes from organisms lacking genome projects. Experimental optimization will be emphasized. CSU

BTEC 26EX. Southern and Northern Blotting (.5)
Lec-16, lab-8 (total hrs), field trips           P/NP available
Advise: BIO 11 or 101A or 65
An advanced course in molecular biology techniques that extends on topics covered in Biology 65. Students will become proficient in the skills of Southern and Northern blotting. Students will isolate nucleic acid (DNA and RNA), prepare them for the appropriate agarose gel electrophoresis protocols, prepare DNA probes, set-up nucleic acid hybridizations, and complete and interpret non-radioactive Southern and Northern blots. CSU

BTEC 101. Industrial Biotechnology (5)
Lec-4, lab-4, field trips                            P/NP available
PREREQ.: CHEM 32
Skills needed to serve as a technician in biotechnology production. Students grow and monitor cultures emulating the large-scale production used in industry. Cleaning, sterilization, aseptic inoculation, operation, and monitoring of fermenters and bioreactors. Recover and purify proteins produced by those cell cultures. Current Good Manufacturing Practices (cGMP), Current Good Laboratory Practices (cGLP) and Standard Operating Procedures (SOP) will be emphasized. CSU

BTEC 115. Recombinant DNA Biotechnology (5) fa
Lec-3, lab-6, field trips
Advise: BIO 11
An in-depth coverage of recombinant DNA/genetic engineering concepts and principles with a strong emphasis on the laboratory procedures involved in DNA manipulation. CSU
Formerly BIO 65.

BTEC 120. Molecular and Cell Biotechnology (5) sp
Lec-3, lab-6 .. .. .. .. .. .. .. .. .. .. .. .. .. ..P/NP available
Advise: BIO 11
A thorough introduction to the principles and techniques of molecular and cell biology. This is a required course for the Biotechnology Technician Preparation curriculum. CSU
Formerly BIO 60.

BTEC 200. Introduction to Bioinformatics (1)
Lec-18 (total hrs)                                    P/NP available
Introduction to the techniques used in bioinformatics. Topics include the structure of nucleic acids and proteins, DNA and genomic sequencing, and common online databases used in biotechnology such as GenBank. Hands-on practice includes using online programs such as BLAST and Entrez to compare DNA sequences and to retrieve genomic and clinical data. CSU

BTEC 221. Biotech Process Instrumentation (2)
Lec-1, lab-3
PREREQ.: ET 108A or MATH 840 or demonstration of ET 108A or MATH 840 exit skills
An introduction to the theory and application of process control and instrumentation as applied to the Biotechnology Industry. Survey of Electrical and Electronic concepts. Transducers. Process Controllers. Reliability. Data Loggers. CSU
BTEC 221=ELEC 221

BTEC 222. Biotech Calibration and Validation (1)
Lec-9, lab-27 (total hours)
PREREQ.: BTEC 221
An introduction to the theory and application of calibration and validation as applied to the Biotechnology Industry.CSU
 

Computer Aided Drafting (CAD)

CREDIT, DEGREE APPLICABLE COURSES:

CAD 181. Introduction to Computer-Aided Drafting - CAD I (3)
Lec-2, lab-3
PREREQ.: CAD 180, or ET 104,  or 1 yr HS Drafting or consent of instructor.
Repeat: max. 6 units
Students must have an understanding of orthographic projection, isometric drawing techniques and dimensioning according to ANSI standards.
Introduction to CAD hardware and software operations and their applications in drafting; basic shape description, display, editing, dimensioning and plotting. CSU/UC
Formerly ET 181.

CAD 182. Intermediate Computer-Aided Drafting - CAD II (3)
Lec-2, lab-3
PREREQ.: CAD 181 or demonstration of CAD 181 exit skills (equivalent course work or 100 hrs of AutoCAD industrial work experience in basic AutoCAD)
Industrial application of AutoCAD drawing editor on large scale projects.  Various topics include model layout, plotting to scale, blocks, external referenced files, attributes and extraction of "non-graphic" data stored within the drawing files, the control of display to reduce regeneration time, three-dimensional coordinate system, 3D wire-frame and surface modeling, the operation of various hardcopy output devises including pen plotting and printer plotting. CSU
Formerly ET 182.

CAD 183. Advanced Computer-Aided Drafting - 3D Modeling (3)
Lec-2, lab-3
PREREQ.: CAD 181 or demonstration of CAD 181 exit skills (equivalent course work or 200 hrs of AutoCAD industrial work experience)
Introduction to three-dimensional (3D) modeling, application of computer-aided drafting software for the creation of wireframe, surface, and solid modeling. CSU
Formerly ET 183C.

CAD 184. Structural CAD Drafting (3)
Lec-2, lab-3
PREREQ.: ARCH 52A, CAD 181 or demonstration of CAD 181 exit skills (equivalent course work or 200 hrs of AutoCAD industrial work experience)
Structural design theory.  Use of Computer Aided Drafting (CAD) to generate steel and concrete details.  CSU
Formerly ET 184.

CAD 187. HVAC/Pipe CAD Design (3)
Lec-2, lab-3
PREREQ.: ARCH 52A or CAD 181 or equivalent training
HVAC and Piping system design theory.  Introduction to computer generated documents to specify HVAC (Heating, Ventilation & Air Conditioning) and piping systems layout and details.  This course will have a mechanical design emphasis, introducing terms and component equipment common to these systems.  Emphasis will be placed on the standards used for process pipe and HVAC industry drawings.  Design theory will include the determination of equipment sizes. CSU
Formerly ET 187.

CAD 188. Advanced Computer Aided Drafting - Customizing and AutoLISP (3)
Lec-2, lab-3
PREREQ.: CAD 181 or demonstration of CAD 181 exit skills (equivalent course work or 100 hours of AutoCAD industrial work experience)
An introduction to the customization and automation of AutoCAD for the application to any specific discipline.  Emphasis is on the improvement of drawing productivity by enhancing AutoCAD's capabilitties.  The course will include creating various menus, creating custom macros, instruction on the use of existing AutoLISP programs and introduction to programming in AutoLISP. CSU

CAD 190. Advanced Computer Aided Drafting-Introduction to SolidWorks (3)
Lec-2, lab-3
Overview of extending CAD-based graphics into 3-dimensional prarametric modeling, realistic rendering, animation of assemblies, and exploded views. Introduction to related software (such as SolidWorks and Inventor). Experience creating a computer-generated physical 3D model using a state-of-the-art 3D printer. CSU

CAD 191. Advanced Computer-Aided Drafting: Rendering and Animation (3)
Lec-2, lab-3
PREREQ.: CAD 181 or demonstration of CAD 181 exit skills (equivalent course work or 100 hours of AutoCAD industrial work experience)
Introduction to computer generated rendered images and animations. CSU
Formerly ET 183D.

CAD 192. Advanced Computer Aided Drafting-CAD Based Multimedia (3)
Lec-2, lab-3
PREREQ.: CAD 181 or equivalent course work or 100 hours of industrial work experience in basic AutoCAD
Overview of extensions of CAD-based graphics into various types of media, including illustration, rendering, animation, and output to an interactive presentation, print, and web page design. CSU

CREDIT, DEGREE APPLICABLE COURSES:

ELEC 101. Electronics I: Electronics Measurements and Passive Circuits (3)
Lec-2, lab-3
PREREQ.: ET 108A or MATH 835 or demonstration of ET 108A  or MATH 835 exit skills
This course covers the construction and analysis of basic electronic circuits including capacitors and inductors. The student will learn to use the multi-meter to measure DC and AC voltages and currents in resistive series/parallel circuits and the oscilloscope to measure AC and pulsed waveforms, and phase and time delay measurements. The student will also learn the use of computer simulation software to analyze circuits. CSU

ELEC 102A. Electronics II: Basic Active Analog Circuits and Measurements (3)
Lec-2, lab-3
PREREQ.: ELEC 101 or demonstration of ELEC 101 exit skills
This course covers diode characteristics, DC power supplies, bipolar transistors, simple one-stage amplifiers, constant current sources, and transformers. The student will learn the intermediate use of the oscilloscope and multi-meter. There will be an emphasis on electronic projects. CSU

ELEC 102B. Electronics II: Basic Digital Circuits and Measurements (3)
Lec-2, lab-3
PREREQ.: ELEC 101 or demonstration of ELEC 101 exit skills
This course covers Boolean logic concepts, flip-flops, memory, counters and clocks, display decoders and timers. The student will learn the analysis of digital logic principles by building and testing basic functional digital electronics kits. CSU

ELEC 103A. Electronics III: Intermediate Analog Circuits and Measurements (3)
Lec-2, lab-3
PREREQ.: ELEC 102A and 102B or demonstration of ELEC 102A and 102B exit skills
This course is an introduction to modern analog electronic circuits, including field effect transistor basics, analog amplifiers, and operational amplifiers. CSU

ELEC 103B. Electronics III: Intermediate Digital Circuits and Measurements (3)
Lec-2, lab-3
PREREQ.: ELEC 102A and 102B or demonstration of ELEC 102A and 102B exit skills
This course covers hardwired digital logic systems and is an introduction to programmable logic devices. CSU

ELEC 104A. Electronics IV: Analog and Digital Communications Electronics (3)
Lec-2, lab-3
PREREQ.: ELEC 102A and 102B or demonstration of ELEC 102A and 102B exit skills
This course covers analog and digital communications systems, antennas, and serves as an introduction to microwave signals. CSU

ELEC 104B. Electronics IV: Micro-controller Interfacing (3)
Lec-2, lab-3
PREREQ.: ELEC 102A and 102B or demonstration of ELEC 102A and 102B exit skills
This course covers micro-controller interfacing, driver programs, input sensors and output electrical and electro-mechanical devices. CSU

ELEC 211. Fiber Optic Technology (3)
Lec3, lab-3
PREREQ.: ET 108A or MATH 840, or demonstration of ET 108A or MATH 840 exit skills
Covers fundamental principles and hands-on application of modern fiber optic technology, preparing students to use current technology and giving them the basis required to adapt to future developments. Topics include telecommunications, optics, fiber fabrication, splicing, and termination, lasers, LEDs, detectors and optical amplifiers, optical protocols including FDDI and SONET, and network design and troubleshooting. Students will perform many hands-on labs using fiber optic cable and related equipment. CSU
ELEC 211=CNIT 211

ELEC 221. Biotech Process Instrumentation (2)
Lec-1, lab-3
PREREQ.: ET 108A or MATH 840 or demonstration of ET 108A or MATH 840 exit skills
An introduction to the theory and application of process control and instrumentation as applied to the Biotechnology Industry. Survey of Electrical and Electronic concepts. Transducers. Process Controllers. Reliability. Data Loggers. CSU
ELEC 221=BTEC 221

Engineering

CREDIT, DEGREE APPLICABLE COURSES:

ENGN 1B. Plane Surveying (3)
Lec-2, lab-3
PREREQ.: ENGN 1A
Theory and practice of various engineering surveying techniques including control surveys, practical astronomy, triangulation, topographic surveys, route surveys, land surveys, GPS surveys, stadia methods, state plane coordinates, photogrammetry, error analysis, curve layouts, and EDM methods. CSU

ENGN 10A. Intro. to Engineering: The Profession (1)
Lec-2
The history and development of engineering as a profession.  Engineering disciplines, educational requirements, transfer school information, success strategies, professional ethics, current and projected activities in the various branches of engineering. CSU/UC

ENGN 10B. Intro. to Engineering: Software Tools and Design (2)
Lec-1, lab-3
PREREQ.: MATH 855; 92; and 95
This course introduces the student to team oriented engineering design and problem solving processes as well as the use of computers in the solution of a wide variety of engineering problems.  The course makes use of a variety of software applications including commercial spreadsheet such as Microsoft Excel and graphics program such as Matlab in solving problems.  Throughout the course, emphasis will be given to technical communications, teamwork, engineering design and problem solving methodologies. CSU/UC

ENGN 20. Introduction to Circuit Analysis (3)
Lec-3
PREREQ.: ENGN 10B, MATH 110C and PHYC 4B, both of which may be taken concurrently and concurrent enrollment or completion of ENGN 20L
Introduction to circuit analysis to determine the natural, forced and complete responses of zero, first and second-order networks and systems.  Standard circuit-analysis techniques will be covered including Kirchhoff's Laws, loop and nodal analysis, Thevenin and Norton's Theorems, generalized impedance and admittance techniques and phasor methods. CSU/UC/CAN ENGR 12 (CAN ENGR 6 = ENGN 20+20L)

ENGN 20L. Introduction to Circuit Analysis Laboratory (1)
Lab-3
PREREQ.: ENGN 10B; concurrent enrollment or completion of ENGN 20
Laboratory experiments in circuit analysis. CSU/UC (CAN ENGR 6 = ENGN 20+20L)

ENGN 24. Design Graphics (3)
Lec-2, lab-3, field trips
PREREQ.: ET 50 or MATH 95; and ET 104; or demonstration of their exit skills
Introduction to technical sketching, engineering graphics and design; development of visualization skills by using computer aided drafting (CAD) software in conjunction with orthographic projection problems; emphasis on computer aided design and graphical analytical methods of solutions to three-dimensional problems. CSU/UC/CAN ENGR 2

ENGN 36. Engineering Mechanics - Statics (3)
Lec-3
PREREQ.: ENGN 10B;PHYC 4A; and MATH 110C, which may be taken concurrently
An introductory course in applied mechanics (Statics); designed to meet the professional needs of students majoring in engineering. CSU/UC/CAN ENGR 8

ENGN 37. Engineering Mechanics - Dynamics (3) sp
Lec-3
PREREQ.: ENGN 10B, 36
An introductory course in Dynamics including both Kinematics (the description of a rigid body's position, velocity and acceleration) and Kinetics (the relationship between the forces acting on a rigid body and its velocity and acceleration).  Also includes the topics of work, energy, impulse and momentum. CSU/UC

ENGN 38. Introduction to Computing for Engineers (3)
Lec-3, conf-1
PREREQ.: ET 51 or MATH 100A  or completion/concurrent enrollment in MATH 110A
Engineering problem-solving using computer programming. Problem-solving strategies, algorithm development and structured programming design. Solution of a variety of engineering problems from evaluating a simple function to modeling and simulation. Applications from mechanical, electrical and civil engineering. CSU/UC

ENGN 45. Materials Science (3) fa
Lec-2, lab-3
PREREQ.: completion of ENGN 10B, CHEM 101A or 103A, and PHYC 4A-4AL
Advise: Completion/concurrent enrollment in CHEM 101B and PHYC 4B-4BL
An introductory course in the fundamental science of materials used by engineers.  Emphasis is placed on understanding the structure and properties of materials.  Standard material properties are defined and explained.  The processing and applications of materials are also covered.  Finally, a strategy is developed for the selection and use of these materials. CSU/UC/CAN ENGR 4

ENGN 48L. Introduction to Engineering and Technology - Laboratory (1)
Lab-3                                         P/NP available
Repeat: max. 4 units
This is a project-oriented, hands-on course to introduce students to the practices and methodologies used in Engineering and Technology. Work will be in four areas: electronics, computer aided drafting, mechanical construction and fabrication and technical mathematics. CSU

Engineering Technology

CREDIT, DEGREE APPLICABLE COURSES:

ET 51. Advanced Technical Mathematics (4)
Lec-4
PREREQ.: ET 50
Instruction in applied mathematics and physical science designed to develop the student's ability to solve fundamental engineering problems in mechanics and electronics. An introduction to analytical geometry, statistics, and calculus. CSU

ET 53. Computers in Engineering Technology (2)
Lec-1, lab-3
An introduction to DOS and Windows operating systems, and to their use in running application programs. This course will also cover some computer architecture and programming and is a useful lead-in to computer hardware troubleshooting. CSU

ET 54. Microcomputer Setup, Maintenance, and Repair (2)
Lec-1, lab-3
Hands-on practice in maintaining hardware of MS-DOS (PC, XT, AT, 386, 486, and Pentium) computers. Includes dismantling, examining, testing, and diagnosing a computer and loading an operating system and other programs into a computer. CSU

ET 55. Advanced Microcomputer Repair (2)
Lec-1, lab-3
PREREQ.: ET 54
Repeat: max. 6 units
This second course in PC hardware will concentrate on troubleshooting, interfacing, and upgrading of MS-DOS and Windows (PC, XT, AT, 386, 486 and Pentium) computers. A more detailed look at memory subsystems, interrupts, and memory and port addressing. SCSI, CD ROMs, sound cards, tape and disk backup systems, the hardware of local area networks, and methods of obtaining technical information. When time and hardware are available, Apple Macintoshes will also be studied. CSU

ET 60. Electronics I - DC and AC Circuit Analysis (4)
Lec-2, lab-6
PREREQ.: Completion/concurrent enrollment in ET 50
Principles of direct and alternating current circuit analysis; electrical and magnetic fields applied to capacitance and inductance; emphasis on basic laws. Complementary laboratory work emphasizing circuit connections, instruments and measurement. CSU

ET 86. Introduction to Computer-Aided Manufacturing - CAM I (2)
Lec-1, lab-3
PREREQ.: ET 104
Introduction to computer numerical control, training in G and M codes. Hands-on training on the CNC machines. Testing, debugging, and running programs. Includes processes used to describe product geometry in computer terms, modern practices in tolerancing, HVAC and piping. CSU

ET 104. Introduction to Engineering Drawing and Manufacturing (2)
Lec-1, lab-3
Fundamental drafting techniques including sketching, orthographic projection and dimensioning. Development of detailed drawings (electrical, electronic, and mechanical) for the fabrication of individual projects. Sheet metal shop practices; use of hand tools; measurement and layout techniques. Printed circuit board design and fabrication. Machine tools and machine shop operations. CSU

ET 107. Language Skills for Technicians (3)
Lec-3, conf-1
Introductory level lecture course covering basic scientific language and concepts of biology and chemistry, and the academic study skills needed to succeed in science courses. An orientation to the field of biotechnology and professional opportunities. CSU

ET 108A. Practical Mathematics I (3)
Lec-3, conf-1
Concepts, techniques and applications of arithmetic and elementary algebra emphasizing applications to practical problems. Interactive and traditional problem solving methods. Class interactive group exercises applying mathematical techniques to various applications and real world problems.
ET 108A = CDEV 108A

ET 108B. Practical Mathematics II (3)
Lec-3, conf-1
PREREQ.: ET 108A/CDEV 108A or demonstration of ET 108A/CDEV 108A exit skills
Concepts, techniques, and applications of intermediate algebra and introductory trigonometry emphasizing real world applications. Interactive group exercises and traditional lecture - problem-solving methods. Demonstration of mathematical concepts by showing how they are applied to various fields such as medical, business, industrial, and scientific. Emphasis on problem solving and the application of mathematics to real world problems. CSU
ET 108B=CDEV 108B

ET 122S. Lead in Construction, Supervisor/Contractor (1.5)
Lec-32 (total hrs), lab-9 (total hrs), field trips .. .. .. .. .. .. .. .. .. .. .. P/NP available
Preparation for interim certification as CA lead in construction supervisor/contractor. Lead uses, sources, characteristics, hazards, and safety; PPE and hygiene; monitoring, regulations and work practices; insurance and liability; record keeping; contract preparations, specifications, and administration; community relations. CSU

ET 122W. Lead in Construction, Worker (1)
Lec-22 (total hrs), lab-12 (total hrs), field trips .. .. .. .. .. .. .. .. .. .. .. P/NP available
Preparation for interim certification as CA lead in construction worker. Lead uses, sources, characteristics, hazards, and safety; PPE and hygiene; monitoring, regulations, and work practices. CSU

ET 135A. Fundamentals of Air-Conditioning and Refrigeration (2)
Lec-1.5, lab-1.5
One of a series of three courses [See also ET 135B and 135C.] designed to accommodate engineering students with varying backgrounds and work experience who wish to learn the basic concepts of air-conditioning and refrigeration. Emphasis on practical engineering problems.
The psychometrics of air and water-vapor mixtures, basic elements of air-conditioning, and psychometric processes. Use of psychometric instruments and psychrometric chart graphical analysis of the processes. CSU

ET 135B. Fundamentals of Air-Conditioning and Refrigeration (2)
Lec-1.5, lab-1.5
One of a series of three courses. [See also ET 135A and 135C.]
Cooling loads, heat transfer equipment, air handling equipment, and the design of air-conditioning systems. Application of air-conditioning equipment, components, and control system of the air-conditioning system in the laboratory. Instruments and instrumentation for measuring air flow. CSU

ET 135C. Fundamentals of Air-Conditioning and Refrigeration (2)
Lec-1.5, Lab-1.5
One of a series of three courses. [See also ET 135A and 135B.]
The refrigeration cycle, refrigeration systems, heat transfer components, and control systems. Laboratory work in operational characteristics; analysis of refrigeration system; and methods of measuring pressure, temperature, and flow rates within the system. CSU

ET 139A. Engineered Plumbing Systems (3)
Lec-3
Flow of liquids in drainage piping, sizing drainage systems, flow of air in vent piping, sewer systems, national and local codes, specifications and case problems. CSU

ET 139B. Engineered Plumbing Systems (3)
Lec-3, field tripsPressurized water, automatic fire sprinkler, wet and dry standpipe, fuel gas in buildings. Centrifugal pumps, national and local plumbing and fuel gas codes, specifications and case problems. CSU

ET 139C. Engineering Plumbing Systems (3) fa
Lec-3
Review of plumbing, engineering design, codes, and specifications. Special projects in the field of plumbing engineering design. Copper system design. CSU

Geographic Information Systems

GIS 110. Introduction to GIS (2)
Lec-1.5, lab-1.5
A primer course for GIS technology. History, structure, uses, and current trends of GIS, related fundamental concepts, basic query and cartography operations using an industry-standard GIS software such as ESRI’s ArcView version 9 or ArcExplorer. CSU/UC
GIS 110 = GEOG 110

GIS 111. Intermediate GIS Applications (3)
Lec-2.5, lab-1.5
Foundational use of GIS software. GIS database design, data collection, sophisticated analysis. Production of professional maps. Interface customization. Hands-on training using industry-standard GIS software (ESRI’s ArcView version 9). Introduces Global Positioning Systems (GPS) as they relate to GIS. CSU
GIS 111 = GEOG 111

GIS 112. Advanced GIS (3)
Lec-2.5, lab-1.5
PREREQ.: GIS/GEOG 111
Hands-on training in advanced application of GIS technology. Network modeling, suitability analysis, web GIS, mobile GIS, software customization using Visual Basic for Applications (VBA) on ESRI’s Arc View version 9 platform. CSU
GIS 112 = GEOG 112

Welding

WELD 140. Manufacturing Process (3)
Lec-1.5, lab-4.5
Repeat: max. 9 units
Elementary machine-tool practice, with special emphasis on the use of the lathe engine, horizontal and vertical milling machines, and drill press. CSU
Formerly ET 140.

WELD 144. Welding Processes (2)
Lec-1.5, lab-4.5
Repeat: max. 9 units
Classroom instruction and laboratory practice in joining metal by welding. This course is designed to provide the safe and operational uses of the basic welding processes including oxy/fuel welding, plasma cutting and physical testing of welds.  This course provides students with cutting and welding skills relevant to industry standards, welding certification requirements and general purposes. CSU
Formerly ET 144.

WELD 145. Intermediate Welding Processes (3)
Lec-1.5, lab-4.5
PREREQ.: WELD 144
Repeat: max. 6 units
Classroom instruction and laboratory practice in joining metal by intermediate and advanced welding techniques.  This course is designed to provide the safe and operational uses of the intermediate welding processes.  This course provides students with cutting and welding skills relevant to industry standards, welding certification requirements and general purposes.  Emphasis is on preparation for meeting State Welding Certification requirements. CSU
Formerly ET 145.

WELD 146. Manufacturing Blueprint Reading (3)
Lec-3
This course introduces basic skills in reading blueprints for both fabrication and manufacturing.  Related math and the uses of measuring tools will be covered in this course.  Weld symbols, basic lines and views, basic joints for welded fabrications are introduced. CSU
Formerly ET 146.

WELD 147. Welding Inspection Technology (4)
Lec-4
Introduction into welding codes, terminology, metallurgy, procedures, processes; welder qualification; high-strength bolting; the basics of destructive and non-destructive examination. Includes related math, the use of measuring tools and weld symbols. CSU

NONCREDIT COURSES:

TIWE 9677. Welding Gas/MIG/TIG/Pipe
Preparation for employment in the welding industry. Welding plate metal, sheet metal, sheet metal and pipe in flat, horizontal, vertical, and overhead positions. Five major welding processes and two cutting processes: oxy-acetylene welding, shielded metal arc welding, gas tungsten arc welding, gas metal arc welding, flux cored arc welding, and oxy-acetylene cutting and gouging. Instruction includes safety, terminology, applicable welding theory, blueprint reading, and related math.

TIWE 9680. Welding Blueprint Reading
PREREQ.: ESLN 3800; ABE 2074
Interpretation of blueprints, welding symbols and material specifications students will be able to read blueprint format and interpret material specifications, identify weld symbols and sizes and develop basic techniques in sketching.